POROUS ABSORBER OF NOISE CONTROL PANEL MANUFACTURING FROM COCONUT FIBER AND PET WASTE FIBER (SHOODY FIBER)

Saeful Islam, M. D. Sukardan, Eva Novarini, F. Aditya
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引用次数: 1

Abstract

Noise exposure could have a negative effect on humans in the form of hearing loss, sleep disturbances, high blood pressure and heart problems, respiratory and metabolic disorders, mental health disorders and cognitive impairment. So noise control efforts are needed. Noise control efforts was carried out by making porous absorber of noise control panel by utilizing abundant natural resources in the form of coconut fiber, utilization of PET fiber from textile waste (shoody fiber) and low melt polyester. From the test results obtained that all combinations meet the criteria for sound absorption from class B to E, and the results of maximum absorption are 0.88 absorption coefficient obtained by a combination of three layers between 50% coconut fiber, 20% shoody fiber and 30% low melt polyester.                
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用椰子纤维和宠物废纤维(混纺纤维)制造多孔吸声板
噪音暴露可能对人类产生负面影响,包括听力丧失、睡眠障碍、高血压和心脏病、呼吸和代谢紊乱、精神健康障碍和认知障碍。因此,需要采取噪声控制措施。利用丰富的自然资源,如椰子纤维、利用纺织废料中的PET纤维(浆状纤维)和低熔体聚酯,制作多孔吸声板,进行降噪工作。测试结果表明,所有组合均满足B ~ E级吸声标准,最大吸声结果为50%椰子纤维、20%浆状纤维和30%低熔聚酯三层组合吸声系数0.88。
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PENYERAPAN LOGAM KROM TOTAL (Cr) LIMBAH CAIR BATIK MENGGUNAKAN LIMBAH BAGLOG Pleurotus ostreatus DENGAN WAKTU KONTAK BERBEDA ADSORPSI ZAT WARNA TEKSTIL DIRECT BLUE 14 MENGGUNAKAN KITOSAN TERMODIFIKASI DAN KOMPOSIT KITOSAN TERMODIFIKASI BENTONIT APLIKASI POLIMER ZEIN DARI CORN GLUTEN MEAL SEBAGAI SENYAWA HIDROFOBIK PADA KAIN KAPAS POTENSI PENGGUNAAN ZAT BERBASIS PARAFIN DALAM PENYEMPURNAAN TAHAN AIR PADA KAIN KAPAS DAN POLIESTER STUDI TENTANG POTENSI SERAT NANO PVA/AGNO3 SEBAGAI MATERIAL ANTI BAKTERI MELALUI PROSES ELEKTROSPINNING UNTUK APLIKASI MEDIS
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